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Cleanup REGEXPs
This commit is contained in:
nrew225 2017-04-07 12:32:38 -05:00
parent 3f71e6e777
commit 43ce517604
1 changed files with 73 additions and 74 deletions
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test.js
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@ -1,86 +1,85 @@
//Accepts input of any filename, ie. node test.js README.md // Accepts input of any filename, ie. node test.js README.md
const fs = require('fs') const fs = require('fs');
var log = '{\n' //Initializes log to be written to syntax.json
var issuelog = ' "message": "#### Syntax Issues\\n\\n Name | Entry\\n----|----------------------\\n' // Title and gh markdown table header to be appended to syntaxcheck.json
var file = fs.readFileSync(process.argv[2], 'utf8') //Reads argv into var file let log = '{\n';
entryErrorCheck(file) let issuelog = ' "message": "#### Syntax Issues\\n\\n Name | Entry\\n----|----------------------\\n';
function entryErrorCheck (md) { const file = fs.readFileSync(process.argv[2], 'utf8'); // Reads argv into var file
var namepatt = /\*\s\[(.*?)\]/ // regex pattern to find name of entryArray
var entries = split(md) //Inserts each line into the entries array
//initialize conuts to 0
var totalFail = 0
var totalPass = 0
var total = 0
var entryArray = [] function entryFilter(md) { // Function to find lines with entries
for (var i = 0, len = entries.length; i < len; i++) { // Loop through entries array to create array of objects const linepatt = /^ {0,4}\* \[.*`/;
return linepatt.test(md);
}
function split(text) { // Function to split lines into array
return text.split(/\r?\n/);
}
function findPattern(text) { // Test entries against 8 patterns. If matches pattern returns true
const nodnospatt = /^ {0,4}\* \[.*?\]\(.*?\) - .{0,249}?\. `.*?` `.*?`/; // Regex for entries with no demo and no source code
const slpatt = /^ {0,4}\* \[.*?\]\(.*?\) - .{0,249}?\. \(\[Demo\b\]\(.*?\), \[Source Code\b\]\(.*?\)\) `.*?` `.*?`/; // Regex for entries with demo and source code
const nodpatt = / {0,4}\* \[.*?\]\(.*?\) - .{0,249}?\. \(\[Source Code\]\(.*?\)\) `.*?` `.*?`/; // Regex for entries with no demo
const nospatt = / {0,4}\* \[.*?\]\(.*?\) - .{0,249}?\. \(\[Demo\]\(.*?\)\) `.*?` `.*?`/; // Regex for entries with no source code
const pnodnospatt = / {0,4}\* \[.*?\]\(.*?\) `⚠` - .{0,249}?\. `.*?` `.*?`/; // Regex for entries with proprietary with no demo and no source code
const pslpatt = / {0,4}\* \[.*?\]\(.*?\) `⚠` - .{0,249}?\. \(\[Demo\b\]\(.*?\), \[Source Code\b\]\(.*?\)\) `.*?` `.*?`/; // Regex for entries with proprietary with demo and source code
const pnodpatt = / {0,4}\* \[.*?\]\(.*?\) `⚠` - .{0,249}?\. \(\[Source Code\]\(.*?\)\) `.*?` `.*?`/; // Regex for entries with proprietary with no demo
const pnospatt = / {0,4}\* \[.*?\]\(.*?\) `⚠` - .{0,249}?\. \(\[Demo\]\(.*?\)\) `.*?` `.*?`/; // Regex for entries with proprietary with no source code
if (nodnospatt.test(text) === true) {
return true;
} else if (slpatt.test(text) === true) {
return true;
} else if (nodpatt.test(text) === true) {
return true;
} else if (nospatt.test(text) === true) {
return true;
} else if (pnodnospatt.test(text) === true) {
return true;
} else if (pslpatt.test(text) === true) {
return true;
} else if (pnodpatt.test(text) === true) {
return true;
} else if (pnospatt.test(text) === true) {
return true;
}
return false;
}
function entryErrorCheck(md) {
const namepatt = /\* \[(.*?)\]/; // regex pattern to find name of entryArray
const entries = split(md); // Inserts each line into the entries array
let totalFail = 0;
let totalPass = 0;
let total = 0;
const entryArray = [];
for (let i = 0, len = entries.length; i < len; i += 1) { // Loop to create array of objects
entryArray[i] = new Object; entryArray[i] = new Object;
entryArray[i].raw = entries[i] entryArray[i].raw = entries[i];
if (entryFilter(entries[i]) === true) { //filter out lines that are not entries (Looks for lines starting with * [) if (entryFilter(entries[i]) === true) { // filter out lines that don't with * [)
total += 1 total += 1;
entryArray[i].name = namepatt.exec(entries[i])[1] //Parses name of entry entryArray[i].name = namepatt.exec(entries[i])[1]; // Parses name of entry
entryArray[i].pass = findPattern(entries[i]) //Tests against known patterns entryArray[i].pass = findPattern(entries[i]); // Tests against known patterns
if (entryArray[i].pass === true) { //If entry passes increment totalPass counter if (entryArray[i].pass === true) { // If entry passes increment totalPass counter
totalPass += 1 totalPass += 1;
} else { } else {
console.log(entryArray[i].name + 'Failed.') //If entry fails increment totalFail counter and append error to issuelog console.log(`${entryArray[i].name} Failed.`); // If entry fails increment totalFail counter and append error to issuelog
totalFail += 1 // entryArray[i].error = findError(entries[i]) //WIP
issuelog += entryArray[i].name + ' | ' + entries[i] + '\\n' totalFail += 1;
issuelog += `${entryArray[i].name} | ${entries[i]} \\n`;
} }
} }
} }
if (totalFail > 0) { //Logs # passed and failed to console, and entry failures to syntaxcheck.json if (totalFail > 0) { // Logs # passed & failed to console, and failures to syntaxcheck.json
console.log(totalFail + ' Failed, ' + totalPass + ' Passed, of ' + total) console.log(`${totalFail} Failed, ${totalPass} Passed, of ${total}`);
log += ' "error": true,\n "title": "Found ' + totalFail + ' entries with syntax error(s).",\n' log += ` "error": true,\n "title": "Found ${totalFail} entries with syntax error(s).",\n`;
fs.writeFileSync('syntaxcheck.json', log + issuelog + '"\n}') fs.writeFileSync('syntaxcheck.json', `${log} ${issuelog} "\n}`);
process.exit(1) process.exit(1);
} else { //Logs # of entries passed to console and error: false to syntaxcheck.json } else { // Logs # of entries passed to console and error: false to syntaxcheck.json
console.log(totalFail + ' Failed, ' + totalPass + ' Passed, of ' + total + '\n') console.log(`${totalFail} Failed, ${totalPass} Passed, of ${total} \n`);
log += ' "error": false\n}' log += ' "error": false\n}';
fs.writeFileSync('syntaxcheck.json', log) fs.writeFileSync('syntaxcheck.json', log);
process.exit(0) process.exit(0);
} }
};
function entryFilter (md) { //Function to find lines with entries
var linepatt = /^\s{0,4}\*\s\[.*`/
return linepatt.test(md)
} }
function split (text) { //Function to split lines into array entryErrorCheck(file);
return text.split(/\r?\n/)
}
function findPattern (text) { //Function to test entries against 8 known acceptable patterns. If entry matches regex pattern returns true
var nodnospatt = /\s{0,4}\*\s\[(.*?)\]\((.*?)\)\s\-\s(.{0,249}?\.\s)`(.*?)`\s`(.*?)`/ // Regex for entries with no demo and no source code
var slpatt = /\s{0,4}\*\s\[(.*?)\]\((.*?)\)\s\-\s(.{0,249}?\.\s)\(\[Demo\b\]\((.*?)\),\s\[Source Code\b\]\((.*?)\)\)\s`(.*?)`\s`(.*?)`/ // Regex for entries with demo and source code
var nodpatt = /\s{0,4}\*\s\[(.*?)\]\((.*?)\)\s\-\s(.{0,249}?\.\s)\(\[Source Code\]\((.*?)\)\)\s`(.*?)`\s`(.*?)`/ // Regex for entries with no demo
var nospatt = /\s{0,4}\*\s\[(.*?)\]\((.*?)\)\s\-\s(.{0,249}?\.\s)\(\[Demo\]\((.*?)\)\)\s`(.*?)`\s`(.*?)`/ // Regex for entries with no source code
var pnodnospatt = /\s{0,4}\*\s\[(.*?)\]\((.*?)\)\s`(⚠)`\s\-\s(.{0,249}?\.\s)`(.*?)`\s`(.*?)`/ // Regex for entries with proprietary with no demo and no source code
var pslpatt = /\s{0,4}\*\s\[(.*?)\]\((.*?)\)\s`(⚠)`\s\-\s(.{0,249}?\.\s)\(\[Demo\b\]\((.*?)\),\s\[Source Code\b\]\((.*?)\)\)\s`(.*?)`\s`(.*?)`/ // Regex for entries with proprietary with demo and source code
var pnodpatt = /\s{0,4}\*\s\[(.*?)\]\((.*?)\)\s`(⚠)`\s\-\s(.{0,249}?\.\s)\(\[Source Code\]\((.*?)\)\)\s`(.*?)`\s`(.*?)`/ // Regex for entries with proprietary with no demo
var pnospatt = /\s{0,4}\*\s\[(.*?)\]\((.*?)\)\s`(⚠)`\s\-\s(.{0,249}?\.\s)\(\[Demo\]\((.*?)\)\)\s`(.*?)`\s`(.*?)`/ // Regex for entries with proprietary with no source code
if (nodnospatt.test(text) === true) {
return true
} else if (slpatt.test(text) === true) {
return true
} else if (nodpatt.test(text) === true) {
return true
} else if (nospatt.test(text) === true) {
return true
} else if (pnodnospatt.test(text) === true) {
return true
} else if (pslpatt.test(text) === true) {
return true
} else if (pnodpatt.test(text) === true) {
return true
} else if (pnospatt.test(text) === true) {
return true
} else {
return false
}
};